I have worked as Sr prof Grade -1 at Aakash institute New Delhi ,Sr faculty Narayana IIT Academy Hyderabad ,Sr Faculty Career point Kota & M

Dinesh Kumar Jain

This Course is about Ground to ground projectile motion. This Course is beneficial for Pre-Medical (NEET and AIIMS) aspirants.

This section is a one-stop shop for all Medical aspirants. Be thorough with these powerful courses that will give you the right strategy for preparation, and help you crack any pre-medical exam.

NEET UG

English

Projectile Motion : Pre-Medical (NEET and AIIMS)

Projectile Motion

Mechanics

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

Basic introduction to projectile motion & assumptions calculations of time of flight maximum height attained & range of projectile etc

Introduction to Ground to Ground Projectile Motion and Assumptions

Velocity & Direction of projectile ,problems ,Energy of projectile & Related problems.

Velocity and Direction of Projectile, Energy of Projectile and other Relations and Problems

The lesson describes the problems in Ground to ground projectile motion

Problems in Ground to Ground Projectile Motion

Lesson describes about equation of trajectoty ,time of flight ,range for projectile from tower

Trajectory Equation for Horizontal and Oblique Projectile from Tower

The above article describes the problems in projectile from tower

Problems in Projectile from Tower

Sutikshna is also known as Er S Mishra. He graduated in Civil Engineering from B.I.T Sindri with first class first degree. 

S Mishra

Course Consists of several mcqs from Circular Motion and these have been fully explained by the educator. These mcqs are very similar to those which have been asked in NEET examination. Several tips, tricks and shortcuts are also included.

(Hindi) Practice Problems on Circular Motion: NEET and AIIMS

Myself Santosh Kumar. I did my B- tech from IIT Roorkee. I have been teaching since last twelve years for IITJEE and NEET/ AIIMS. I love tea

Santosh Kumar

Basic concept about projectile motion, Different types of projectile motion, Numerical Problems on projectile motion

(Hindi) Projectile Motion - Pre-Medical

B.Tech. final year student of civil engineering
#Jee/Neet educator

Neeraj Sharma

This course is about projectile motion or motion in 2-D along with theory, examples and previous years questions.

(Hindi) Projectile Motion for NEET UG

Pursuing BTech in Mechanical Engineering in NIT ROURKELA 
Interested in Mechanics of solids, also has an inclination towards Kinematics.

Jayant Kumar

This course is a brief study of any object undergoing Projectile Motion. This course tells how to tackle many different types of problems related to projectile motion. The topics which are covered in this course are - height, time period, range, equation of trajectory, velocity and speed of the body at any time 't', projection on an inclined plane, stair case problems and projection from a height. After this course the learner will not only get clear with his doubts but but also will gain interest in solving problems of Projectile Motion.

Analysis of Projectile Motion

Kshitij Pasricha

Kinematics is the study of motion of objects without taking into account the nature of force. 
In this part of kinmeatics we will be learning about the projectile motion and its different types such as Horizontal Projectile Motion, Oblique Projectile Motion. We will also be learning about Relative Velocity and the problems related to them.

Part 2 - Kinematics

A mentor to 50k+ students- Anmol Sir's contribution to NEET UG is immense. Check out his classes to watch Biology unfold like never before!

Anmol Sharma

In this course I have covered kinematics in detail for NEET AIIMS examination point of view. Hope you'll like it.

Lessons

5 lessons • 1h 14m

Introduction to Ground to Ground Projectile Motion and Assumptions

Velocity and Direction of Projectile, Energy of Projectile and other Relations and Problems

Problems in Ground to Ground Projectile Motion

Trajectory Equation for Horizontal and Oblique Projectile from Tower

Problems in Projectile from Tower